Managing one power plant from a central office is a coordination challenge. Managing five — each with different asset types, different crew sizes, different maintenance backlogs, and different outage windows — is where most multi-site operations break down. Work orders get missed. Crew status goes dark between site visits. Outage risk builds without anyone at the corporate level seeing it coming. The plant that had a forced outage last month didn't have fewer sensors or less capable engineers — it had no centralized visibility until the damage was done. OXmaint gives multi-site power generation operators the live command center they need: one platform where every site's assets, work orders, crew status, and outage risks surface in a single dashboard. If you manage generation across more than one site, sign up for OXmaint and see the full picture for the first time.
34%
Reduction in unplanned downtime for utilities that centralize multi-site maintenance visibility under one platform
5x
Sites a single maintenance coordinator can effectively manage when work order status and crew location are centralized
48 hrs
Average reduction in response time to emerging asset anomalies when live health data feeds a central dashboard
$3.2M
Average annual savings documented by multi-site operators who centralized maintenance coordination and outage planning
Why Multi-Site Operations Break Down
Five Sites. Five Spreadsheets. Zero Visibility.
The typical multi-site power generation operator manages maintenance through a patchwork of tools — site-level CMMS instances that don't share data, status calls that reconstruct what a dashboard should show automatically, and outage risk assessments that are already outdated by the time they reach the executive team. Nobody is building the centralized command view because the tools to build it haven't been accessible to operators below the utility scale.
OXmaint changes that. A 3-site independent power producer gets the same centralized visibility as a 50-plant utility — without the enterprise IT project, the 18-month implementation, or the seven-figure license fee.
What the Command Center Sees
Asset Health Across All Sites
Every monitored asset at every site — turbines, generators, cooling towers, transformers — displays current health status in the command dashboard. Red assets escalate automatically. Trending degradation surfaces before it becomes a failure. No site visit required to know the current condition of any asset in the fleet.
Work Order Backlog by Site
Open work orders across all sites displayed in one view — filterable by site, asset type, priority, and overdue status. A maintenance coordinator managing three plants sees the full backlog in one queue, not three separate logins.
Crew Status and Availability
Technician assignments, active work orders, and shift availability for every site crew visible from the command center. Resource allocation decisions — who can cover a critical repair at Site 2 today — are based on live data, not phone calls.
Outage Risk Scoring
OXmaint scores each site's outage risk based on open high-priority work orders, overdue PM tasks, and asset health trending. Sites approaching critical risk threshold surface automatically — giving corporate operations the earliest possible warning before a forced outage.
Executive Reliability Dashboard
Plant availability, MTTR, PM compliance rate, and work order closure speed — summarized by site and by fleet — in the dashboard format that operations leadership and investor reporting both need without any manual data compilation.
Cross-Site Compliance Tracking
Inspection due dates, completed PMs, and regulatory documentation status tracked across every site in one view. No compliance gap goes unnoticed because it was buried in a site-level system no one at corporate could access.
See All Your Sites. All Your Assets. Right Now.
OXmaint centralizes multi-site maintenance visibility in one platform — live asset health, work order status, crew availability, and outage risk scoring, all accessible from a single command dashboard without on-site presence.
Built for Every Generation Asset Type
OXmaint centralizes maintenance for the full range of power generation technologies — each with its own asset hierarchy, inspection requirements, and failure modes.
Gas Turbine Plants
Compressors, combustors, hot section, generators, cooling systems
Focus: Combustion inspection intervals, hot section replacement tracking, forced outage risk
Coal and Biomass
Boilers, turbines, precipitators, conveyors, SCR systems, cooling towers
Focus: Boiler tube condition, ash handling reliability, emissions compliance documentation
Solar and Wind
Inverters, string combiner boxes, panels, wind turbine drivetrain, transformers
Focus: Availability tracking, inverter MTTR, thermal panel inspection work order management
Hydro and Pumped Storage
Turbine runners, wicket gates, generators, governors, penstocks, transformers
Focus: Outage window coordination, civil structure inspection records, regulatory compliance
KPIs the Command Center Tracks Automatically
Frequently Asked Questions
How many sites can OXmaint manage simultaneously?
OXmaint has no fixed site limit. The platform manages from 2-site independent producers to 50-plant utility fleets under the same command dashboard. Each site gets its own asset hierarchy, work order queue, and compliance records — all visible in the centralized fleet view.
Book a demo to see multi-site configuration for your fleet size.
Can site-level teams use OXmaint independently while corporate sees the full picture?
Yes. OXmaint uses role-based access — site technicians manage their local work orders, site managers see their full site view, and corporate operations sees the cross-site command dashboard. Each team works in their appropriate scope without requiring centralization to disrupt site-level workflows.
Does OXmaint support different asset types across different sites in the same fleet?
Fully. A fleet that includes a gas plant, two solar farms, and a wind site manages all four under the same OXmaint command center — each with its own asset classes, PM schedules, and inspection requirements. The fleet dashboard aggregates reliability KPIs across technology types into one comparable view.
Sign up free to configure your first site.
How does outage risk scoring work across multiple sites?
OXmaint calculates each site's outage risk score from three inputs: current asset health status for critical assets, PM backlog and overdue task count, and open high-priority work order age. Sites are ranked by risk so corporate operations can prioritize intervention — directing resources to the site most likely to experience a forced outage before it happens.
Can OXmaint generate the executive reporting our leadership and investors need?
Yes. OXmaint generates fleet-level reliability reports — plant availability, PM compliance, MTTR, work order closure rate — formatted for executive review and investor reporting. Reports are generated automatically on weekly or monthly schedules without any manual data assembly from site-level sources.
Multi-Site Command Center
All Your Plants. One Dashboard. Full Control.
OXmaint gives multi-site power generation operators the centralized visibility to manage asset health, work orders, crew status, and outage risk across every site — without the enterprise IT project.
